The standard DeviceLink profiles of the CoLoV3 series are based on the ECI, IFRA and GRACoL / SWOP profiles as at July 2009. Detailed information on the field of application of the ECI profiles can be taken from the document “Media Stan-dard Print 2008” of the German Printing and Media Industries Association (Bundesverband Druck und Medien) at www.bvdm.org, and from the documentation on the individual pro-

files in the download area of www.eci.org. Information on the GRACoL, SWOP and SNAP profiles can be found on the Web sites at www.gracol.org , www.swop.org and www.snapquality.com. Information in English on color profiles and characteriza-tion data for Japan can be found in the Color Management area of the Ghent Working Group at www.gwg.org, and in the ICC Registry at www.color.org.

DeviceLink profiles have been created for the following international printing standards:

ISOcoated_v2 Offset, coated paper FOGRA39ISOcoated Offset, coated (obsolete) FOGRA27ISOwebcoated (Web) offset, LWC paper FOGRA28ISOuncoated Offset, uncoated FOGRA29ISOuncoatedyellowish Offset, uncoated yellowish FOGRA30ISOcofcoated Continuous forms, coated FOGRA31ISOcofuncoated Continuous forms, uncoated FOGRA32SCpaperECI Web offset, SC paper FOGRA40PSOmfc Web offset, MFC paper FOGRA41PSOsnp Web offset, standard newsprint FOGRA42PSOcoatedNP Offset, coated FM with 28% dot gain FOGRA43PSOuncoatedNP Offset, uncoated FM with 28% dot gain FOGRA44ISOnewspaper26 Newspaper, 26% dot gain IFRA26PSO LWC Improved Web offset, improved LWC paper FOGRA45PSO LWC Standard Web offset, standard LWC paper FOGRA46PSOuncoated Offset, uncoated - successor of FOGRA29 FOGRA47PSR LWC Plus V2 ECI gravure, LWC plus paperPSR LWC Standard V2 ECI gravure, LWC standard paperPSR SC Standard V2 ECI gravure, SC standard paperPSRhwc ECI gravure, HWC paper (older printing standard)PSRlwc ECI gravure, LWC paper (older printing standard)PSRsc ECI gravure, SC paper (older printing standard)PSRmf ECI gravure, MF paperGRACoL1 US offset / gravure, Grade 1 (coated) CGATS TR006SWOP3 US offset / gravure, Grade 3 (LWC white) CGATS TR003SWOP5 US offset / gravure, Grade 5 (LWC yellowish) CGATS TR005SNAP2007 US newspaper CGATS TR007JapanColor2001Coated Japan offset, coated JC200103JapanColor2001Uncoated Japan offset, uncoated JC200104JapanColor2003WebCoated Japan web offset, LWC JCW2003JapanColor2002Newspaper Japan newspaper JCN2002JapanColorWebcoated_Ad Japan web offset, LWC (older printing standard)

2) DeviceLink profiles for color space conversionProfiles for color space conversion are structured according to the following system: SourceColorSpace_to_TargetColor-Space_TACxxx_CoLoV3.icc.

These conversion profiles are based on the ECI profiles for printing according to ISO 12647-2 / PSO, and the GRACoL and SWOP profiles of the IDEAlliance for printing according to G7 Guidelines.Conversion profiles whose name includes _TACxxx_ optimally preserve the color composition of the source data (separation preservation) and merely limit the total amount of color (TAC) according to the target color space.

Example: ISOcoatv2_to_uncoat_TAC280_CoLoV3.icc

converts printing data from the ISOcoated v2 color space for coated paper to ISOuncoated for uncoated paper, limiting the total amount of color to 280% in the process.

3) DeviceLink profiles for limiting the total amount of colorThese profiles do not perform any color conversion whatsoever, but limit the total amount of color for a specific printing stan-dard. They are structured according to the following system: PrintingStandard_TACxxx_CoLoV3.icc.

Example: ISOcoatedv2_TAC300_CoLoV3.icc limits the total amount of color to 300% for offset printing on coated paper.

Profiles are now also available for limiting the total amount of color to 200% for newspaper printing.

DLS - DeviceLinkSets from Bodoni SystemsRelease: May 2010

1

1) Support of international printing standards

Bodoni Systems DeviceLink profiles for saving ink are based on advanced technology for increasing the black component of the printing data, while simultaneously reducing the CMY component. The algorithms used for this purpose enable far better data optimization compared to ICC-based color conver-sion with strong GCR. The advantages compared to ICC-based conversion with strong GCR include very soft transitions from tertiary colors to pure colors, and the option of leaving colors with a high black component completely unchanged.Advantages on the press include better printing properties on difficult papers, shorter makeready times, greater stability over the length of the run, and ink savings.Like the DeviceLink profiles for limiting the total amount of color, the DeviceLink profiles with a low ink-saving setting retain the original color composition, and only very slightly increase the black component. They simultaneously reduce the CMY component, and additionally limit the total amount of color. Printshops that have been successful in generally apply-ing DeviceLink profiles to limit the total amount of color, will usually have no difficulty switching to Bodoni Systems Devic-eLink profiles with low or moderate ink-saving settings.Profiles with higher ink-saving settings call for even more accurate compliance with the standardization targets, and par-

ticularly a regular check of the dot gains and solid ink densities for black. Depending on application, Bodoni Systems provides SaveInk profiles with three different intensities for all relevant color standards:

4a) PrintingStandard__SaveNeutralxxx_ moderately increases the black component in the neutral color areas. This is ideal for printshops that are looking to make a quick start on saving ink and first want to gather some practical experience. These profiles primarily serve to stabilize the printing process and are less suitable for saving ink.

4b) PrintingStandard__SaveStrongxxx_ greatly increases the black component, and targets printshops that have their printing process completely under control in accordance with the ap-plicable standards and have already used SaveNeutral success-fully.

4c) PrintingStandard__SaveMax_ increases the black compo-nent to the greatest possible extent, and additionally reduces the total amount of color to approx. 20% less than usual according to the industry standard. This calls for very experienced printers and an excellent mastery of standardization.

5) DeviceLink profiles for conversion including ink savingEven once a printshop has gathered positive experience with saving ink, there are still some applications where the printing data supplied do not comply exactly with the standard later to be used for printing. To get optimum color quality, printing data of this kind needs a combination of color conversion and ink saving. Up to Version CoLoV2 of the Bodoni Systems standard DeviceLink profiles, this required two, separate work steps. First conversion and then ink saving.With its Version CoLoV3 profiles, Bodoni Systems for the first time provides profiles that incorporate both steps in a single profile. The general nomenclature of these profiles is structured according to the following system: SourceColorSpace_to_Tar-getColorSpace_Savexxx_CoLoV3.icc.

Example: ISOcoatv2_to_uncoat_Save280_CoLoV3.icc per-forms conversion from coated to uncoated paper, saves ink in the process, and limits the total amount of color to 280%.

In this context, the extent of the increase in the black com-ponent is slightly greater than when using the combination of color conversion followed by application of a SaveStrong profile for saving ink, but not as great as when applying a SaveMax profile.

6) DeviceLink profiles for converting CMYK data to GrayWhen converting CMYK data to Gray using normal ICC printer profiles, 100% black in the CMYK data is not converted to 100% black in the Gray color space. Depending on the source and target profiles, it is instead only converted to 96%, for example. To prevent the resultant rasterization, e.g. of black text, CMYK-to-Gray DeviceLink profiles are also available for all supported printing standards, ensuring that 100% black is also preserved as 100% black in the Gray color space. The nomenclature of these profiles is structured according to the following system: SourceColorSpace-to-TargetColorSpace_Gray_CoLoV3.icc.

These profiles are not listed in this doducment but are part of the Expert, Standard and other sets

7) Testing DeviceLinkSetsUsing the demo version of Bodoni Systems inkWIZE, more than 241 DeviceLink profiles which are listed in this document will be installed for testing. With the help of the Auto Setup fea-ture explained in the inkWIZE manual, with just a few mouse clicks you can set up configurations and queues for either color conversion, save ink or TAC reduction in order to test the qual-ity of the profiles on your own PDF, TIFF or JPEG files.

2

4) DeviceLink profiles for saving ink

8) RGB-to-CMYK Separation ProfilesThe advantage of DeviceLink Profiles for separations are improved smoothness and higher saturated separations which would not be possible with ICC Printer Profiles. In addition when creating the profiles we have used the exception to purify primary and secondary colors. For the most important interna-tional printing standards we are delivering separation profiles from sRGB, AdobeRGB(1998) and eciRGB V2. Special atten-tion has been paid on harmonic separations especially when purifying primary and secondary colors. In cases when this

was not entirely possible we resigned from purifying primary colors. These profiles are alternatively called CoLoV4.

The nomenclature of the profiles is structured according to the following system: SourceColorSpace-to-TargetColorSpace_TACxxx_CoLoV3.icc

Color ConversionISOcoat_to_coatv2_TAC300_CoLoV3.iccISOcoatv2_to_PSOmfc_TAC280_CoLoV3.iccISOcoatv2_to_PSOsnp_TAC260_CoLoV3.iccISOcoatv2_to_PSRlwcPlusV2_CoLoV3ISOcoatv2_to_SCpaper_TAC260_CoLoV3.iccISOcoatv2_to_uncoat_TAC280_CoLoV3.iccISOcoatv2_to_uncoatYellow_TAC280_CoLoV3.iccISOcoatv2_to_webcoat_TAC300_CoLoV3.iccISOcoatv2_to_news26_TAC240_CoLoV3.icc

ISOuncoat_to_PSOuncoat_TAC280_CoLoV3.iccISOcoatv2_to_PSOuncoat_TAC280_CoLoV3.iccISOwebcoat_to_PSOlwc_Improved_TAC300_CoLoV3.iccISOwebcoat_to_PSOlwc_Standard_TAC300_CoLoV3.iccISOcoatv2_to_PSOlwc_Improved_TAC300_CoLoV3.iccISOcoatv2_to_PSOlwc_Standard_TAC300_CoLoV3.icc

TAC ReductionISOcoatedv2_TAC330_CoLoV3.iccISOcoatedv2_TAC300_CoLoV3.icc

Color ConversionISOcoat_to_coatv2_TAC300_CoLoV3.iccISOcoat_to_coatv2_TAC330_CoLoV3.iccISOcoatv2_to_cofcoat_TAC300_CoLoV3.iccISOcoatv2_to_cofuncoat_TAC280_CoLoV3.iccISOcoatv2_to_GRACoL1_TAC320_CoLoV3.iccISOcoatv2_to_Jap2001coat_TAC320_CoLoV3.iccISOcoatv2_to_Jap2002news_TAC240_CoLoV3.iccISOcoatv2_to_Jap2003webcoated_TAC300_CoLoV3.iccISOcoatv2_to_news26_TAC240_CoLoV3.iccISOcoatv2_to_PSOcoatNP_TAC300_CoLoV3.iccISOcoatv2_to_PSOcoatNP_TAC330_CoLoV3.iccISOcoatv2_to_PSOmfc_TAC280_CoLoV3.iccISOcoatv2_to_PSOsnp_TAC260_CoLoV3.iccISOcoatv2_to_PSOuncoatNP_TAC280_CoLoV3.iccISOcoatv2_to_PSRhwc_CoLoV3.iccISOcoatv2_to_PSRlwcPlusV2_CoLoV3ISOcoatv2_to_PSRlwcStdV2_CoLoV3ISOcoatv2_to_PSRmf_CoLoV3.iccISOcoatv2_to_PSRscSdtV2_CoLoV3ISOcoatv2_to_SCpaper_TAC260_CoLoV3.iccISOcoatv2_to_SNAP2007_TAC240_CoLoV3.iccISOcoatv2_to_SWOP3_TAC300_CoLoV3.iccISOcoatv2_to_SWOP5_TAC280_CoLoV3.iccISOcoatv2_to_uncoat_TAC280_CoLoV3.iccISOcoatv2_to_uncoatYellow_TAC280_CoLoV3.iccISOcoatv2_to_webcoat_TAC300_CoLoV3.iccISOuncoat_to_cofuncoat_TAC280_CoLoV3.iccISOuncoat_to_PSOuncoatNP_TAC280_CoLoV3.iccISOuncoat_to_uncoatyellow_TAC280_CoLoV3.iccISOwebcoat_to_SWOP3_TAC300_CoLoV3.iccISOwebcoat_to_SWOP5_TAC280_CoLoV3.iccPSRlwc_to_ISOwebcoat_CoLoV3.iccPSRlwc_to_SWOP3_CoLoV3.iccGRACoL1_to_ISOcoatv2_TAC300_CoLoV3.iccGRACoL1_to_ISOnews26_TAC240_CoLoV3.iccGRACoL1_to_ISOuncoat_TAC280_CoLoV3.iccGRACoL1_to_ISOwebcoat_TAC300_CoLoV3.iccGRACoL1_to_SNAP2007_TAC240_CoLoV3.iccGRACoL1_to_SWOP3_TAC300_CoLoV3.iccGRACoL1_to_SWOP5_TAC280_CoLoV3.iccSWOP3_to_ISOwebcoat_TAC300_CoLoV3.iccSWOP3_to_PSRlwc_CoLoV3.icc

SWOP3_to_SWOP5_TAC280_CoLoV3.iccISOcoatv2_to_PSOlwc_Improved_TAC300_CoLoV3.iccISOcoatv2_to_PSOlwc_Standard_TAC300_CoLoV3.icc ISOcoatv2_to_PSOuncoat_TAC280_CoLoV3.iccISOuncoat_to_PSOuncoat_TAC280_CoLoV3.iccISOwebcoat_to_PSOlwc_Improved_TAC300_CoLoV3.iccISOwebcoat_to_PSOlwc_Standard_TAC300_CoLoV3.iccPSOlwc_Improved_to_SWOP3_TAC300_CoLoV3.iccPSOlwc_Standard_to_SWOP5_TAC300_CoLoV3.iccPSOuncoat_to_PSOuncoatNP_CoLoV3.iccGRACoL1_to_PSOlwc_Improved_TAC300_CoLoV3.icc GRACoL1_to_PSOlwc_Standard_TAC300_CoLoV3.iccGRACoL1_to_PSOuncoat_TAC280_CoLoV3.iccSWOP3_to_PSOlwc_Improved_TAC300_CoLoV3.icc SWOP5_to_PSOlwc_Standard_TAC300_CoLoV3.icc

TAC ReductionISOcoatedv2_TAC300_CoLoV3.iccISOcoatedv2_TAC330_CoLoV3.iccISOcofcoated_TAC300_CoLoV3.iccISOcofuncoated_TAC280_CoLoV3.iccISOnews26_TAC240_CoLoV3.iccISOuncoated_TAC280_CoLoV3.iccISOuncoatYellow_TAC280_CoLoV3.iccISOwebcoated_TAC300_CoLoV3.iccPSOcoatedNP_TAC300_CoLoV3.iccPSOmfc_TAC280_CoLoV3.iccPSOsnp_TAC260_CoLoV3.iccPSOuncoatedNP_TAC280_CoLoV3.iccSCpaperECI_TAC260_CoLoV3.iccGRACoL1_TAC320_CoLoV3.iccSNAP2007_TAC240_CoLoV3.iccSWOP3_TAC300_CoLoV3.iccSWOP5_TAC280_CoLoV3.iccPSO_LWC_Improved_TAC300_CoLoV3.icc PSO_LWC_Standard_TAC300_CoLoV3.iccPSOuncoated_TAC280_CoLoV3.icc

Basic Set

Standard Set

3

Sheetfeed Set

Heatset Set

Color ConversionISOcoat_to_coatv2_TAC300_CoLoV3.iccISOcoat_to_coatv2_TAC330_CoLoV3.iccISOcoatv2_to_PSOcoatNP_TAC300_CoLoV3.iccISOcoatv2_to_PSOcoatNP_TAC330_CoLoV3.iccISOcoatv2_to_PSOuncoatNP_TAC280_CoLoV3.iccISOcoatv2_to_uncoat_TAC280_CoLoV3.iccISOcoatv2_to_uncoatYellow_TAC280_CoLoV3.iccISOuncoat_to_PSOuncoatNP_TAC280_CoLoV3.iccISOuncoat_to_uncoatyellow_TAC280_CoLoV3.iccGRACoL1_to_ISOcoatv2_TAC300_CoLoV3.iccGRACoL1_to_ISOuncoat_TAC280_CoLoV3.iccGRACoL1_to_PSOuncoated_TAC280_CoLoV3.iccISOcoatv2_to_PSOuncoat_TAC280_CoLoV3.iccISOuncoat_to_PSOuncoat_TAC280_CoLoV3.iccPSOuncoat_to_PSOuncoatNP_TAC280_CoLoV3.iccTAC ReductionISOcoatedv2_TAC300_CoLoV3.iccISOcoatedv2_TAC330_CoLoV3.iccISOuncoated_TAC280_CoLoV3.iccISOuncoatYellow_TAC280_CoLoV3.iccPSOcoatedNP_TAC300_CoLoV3.iccPSOuncoatedNP_TAC280_CoLoV3.iccPSOuncoated_TAC280_CoLoV3.iccSave InkISOcoated_v2_SaveNeutral_CoLoV3.iccISOcoated_v2_SaveStrong_CoLoV3.icc

ISOcoatedv2_SaveMax_ColoV3.iccISOuncoated_SaveMax_ColoV3.iccISOuncoated_SaveNeutral_CoLoV3.iccISOuncoated_SaveStrong_CoLoV3.iccISOuncoatYellow_SaveMax_ColoV3.iccISOuncoatYellow_SaveNeutral_CoLoV3.iccISOuncoatYellow_SaveStrong_CoLoV3.iccPSOcoatedNP_SaveMax_ColoV3.iccPSOcoatedNP_SaveNeutral_CoLoV3.iccPSOcoatedNP_SaveStrong_CoLoV3.iccPSOuncoatedNP_SaveMax_ColoV3.iccPSOuncoatedNP_SaveNeutral_CoLoV3.iccPSOuncoatedNP_SaveStrong_CoLoV3.iccPSOuncoated_SaveMax_CoLoV3.iccPSOuncoated_SaveNeutral_CoLoV3.iccPSOuncoated_SaveStrong_CoLoV3.iccColor Conversion plus Save InkISOcoatv2_to_PSOuncoatNP_Save300_CoLoV3.iccISOcoatv2_to_uncoat_Save280_CoLoV3.iccISOcoatv2_to_uncoatyellow_Save280_CoLoV3.iccISOuncoat_to_ISOuncoatyellow_Save280_CoLoV3.iccISOuncoat_to_PSOuncoatNP_Save280_CoLoV3.iccGRACoL1_to_ISOcoatv2_Save300_CoLoV3.iccISOcoatv2_to_PSOuncoat_Save280_CoLoV3.iccISOuncoat_to_PSOuncoat_Save280_CoLoV3.iccGRACoL1_to_PSOuncoat_Save280_CoLoV3.icc PSOuncoat_to_PSOuncoatNP_Save280_CoLoV3.icc

Color ConversionISOcoatv2_to_PSOmfc_TAC280_CoLoV3.iccISOcoatv2_to_PSOsnp_TAC260_CoLoV3.iccISOcoatv2_to_SCpaper_TAC260_CoLoV3.iccISOcoatv2_to_webcoat_TAC300_CoLoV3.iccPSRlwc_to_ISOwebcoat_CoLoV3.iccGRACoL1_to_ISOcoatv2_TAC300_CoLoV3.iccSWOP3_to_ISOwebcoat_TAC300_CoLoV3.iccISOcoatv2_to_PSOlwc_Improved_TAC300_CoLoV3.icc ISOcoatv2_to_PSOlwc_Standard_TAC300_CoLoV3.icc ISOwebcoat_to_PSOlwc_Improved_TAC300_CoLoV3.icc ISOwebcoat_to_PSOlwc_Standard_TAC300_CoLoV3.icc PSOlwc_Improved_to_SWOP3_TAC300_CoLoV3.icc PSOlwc_Standard_to_SWOP5_TAC300_CoLoV3.iccGRACoL1_to_PSOlwc_Improved_TAC280_CoLoV3.icc SWOP3_to_PSOlwc_Improved_TAC300_CoLoV3.icc SWOP5_to_PSOlwc_Standard_TAC300_CoLoV3.icc

TAC ReductionISOcoatedv2_TAC300_CoLoV3.iccISOwebcoated_TAC300_CoLoV3.iccPSOmfc_TAC280_CoLoV3.iccPSOsnp_TAC260_CoLoV3.iccSCpaperECI_TAC260_CoLoV3.iccPSO_LWC_Improved_TAC300_CoLoV3.icc PSO_LWC_Standard_TAC300_CoLoV3.icc

Save InkISOcoated_v2_SaveNeutral_CoLoV3.iccISOcoated_v2_SaveStrong_CoLoV3.iccISOcoatedv2_SaveMax_ColoV3.iccISOwebcoated_SaveMax_ColoV3.iccISOwebcoated_SaveNeutral_CoLoV3.iccISOwebcoated_SaveStrong_CoLoV3.icc

PSOmfc_SaveMax_ColoV3.iccPSOmfc_SaveNeutral_CoLoV3.iccPSOmfc_SaveStrong_CoLoV3.iccPSOsnp_SaveMax_ColoV3.iccPSOsnp_SaveNeutral_CoLoV3.iccPSOsnp_SaveStrong_CoLoV3.iccSCpaperECI_SaveMax_ColoV3.iccSCpaperECI_SaveNeutral_CoLoV3.iccSCpaperECI_SaveStrong_CoLoV3.iccPSOlwc_Improved_SaveMax_CoLoV3.iccPSOlwc_Improved_SaveNeutral_CoLoV3.iccPSOlwc_Improved_SaveStrong_CoLoV3.iccPSOlwc_Standard_SaveMax.iccPSOlwc_Standard_SaveNeutral.iccPSOlwc_Standard_SaveStrong.icc

Color Conversion plus Save InkISOcoatv2_to_PSOcoatNP_Save300_CoLoV3.iccISOcoatv2_to_PSOmfc_Save280_CoLoV3.iccISOcoatv2_to_PSOsnp_Save260_CoLoV3.iccISOcoatv2_to_SCpaperECI_Save260_CoLoV3.iccISOcoatv2_to_webcoat_Save300_CoLoV3.iccGRACoL1_to_ISOcoatv2_Save300_CoLoV3.iccSWOP3_to_ISOwebcoat_Save300_CoLoV3.iccISOcoatv2_to_PSOlwc_Improved_Save300_CoLoV3.icc ISOcoatv2_to_PSOlwc_Standard_Save300_CoLoV3.icISOwebcoat_to_PSOlwc_Improved_Save300_CoLoV3.icc ISOwebcoat_to_PSOlwc_Standard_Save300_CoLoV3.icc PSOlwc_Improved_to_SWOP3_Save300_CoLoV3.icc PSOlwc_Standard_to_SWOP5_Save300_CoLoV3.iccGRACoL1_to_PSOlwc_Improved_Save300_CoLoV3.icc GRACoL1_to_PSOlwc_Standard_Save300_CoLoV3.icc SWOP3_to_PSOlwc_Improved_Save300_CoLoV3.icc SWOP5_to_PSOlwc_Standard_Save300_CoLoV3.icc

4

5

Newsprint SetColor ConversionISOcoatv2_to_news26_TAC240_CoLoV3.iccISOcoatv2_to_SNAP2007_TAC240_CoLoV3.iccISOcoatv2_to_PSOsnp_TAC260_CoLoV3.iccISOcoatv2_to_Jap2002news_TAC240_CoLoV3.iccGRACoL1_to_SNAP2007_TAC240_CoLoV3.iccGRACoL1_to_ISOnews26_TAC240_CoLoV3.icc

TAC ReductionISOnews26_TAC240_CoLoV3.iccSNAP2007_TAC240_CoLoV3.iccPSOsnp_TAC260_CoLoV3.icc

Save InkISOnews26_SaveMax200_ColoV3.iccISOnews26_SaveMax240_ColoV3.iccISOnews26_SaveStrong200_CoLoV3.iccISOnews26_SaveStrong240_CoLoV3.icc

PSOsnp_SaveMax_ColoV3.iccPSOsnp_SaveNeutral_CoLoV3.iccPSOsnp_SaveStrong_CoLoV3.iccSNAP2007_SaveMax200_CoLoV3.iccSNAP2007_SaveMax240_CoLoV3.iccSNAP2007_SaveStrong200_CoLoV3.iccSNAP2007_SaveStrong240_CoLoV3.iccJapanColor2002Newspaper_SaveMax_CoLoV3.iccJapanColor2002Newspaper_SaveNeutral_CoLoV3.iccJapanColor2002Newspaper_SaveStrong_CoLoV3.icc

Color Conversion plus Save InkISOcoatv2_to_ISOnews26_Save200_CoLoV3.iccISOcoatv2_to_ISOnews26_Save240_CoLoV3.iccISOcoatv2_to_PSOsnp_Save260_CoLoV3.iccGRACoL1_to_SNAP2007_Save240_CoLoV3.icc

Japan Print SetColor ConversionISOcoatv2_to_Jap2001coat_TAC320_CoLoV3.iccISOcoatv2_to_Jap2002news_TAC240_CoLoV3.iccISOcoatv2_to_Jap2003webcoated_TAC300_CoLoV3.icc

Save InkJapanColor2001Coated_SaveMax_CoLoV3.iccJapanColor2001Coated_SaveNeutral_CoLoV3.iccJapanColor2001Coated_SaveStrong_CoLoV3.iccJapanColor2001Uncoated_SaveMax_CoLoV3.iccJapanColor2001Uncoated_SaveNeutral_CoLoV3.iccJapanColor2001Uncoated_SaveStrong_CoLoV3.icc

JapanColor2002Newspaper_SaveMax_CoLoV3.iccJapanColor2002Newspaper_SaveNeutral_CoLoV3.iccJapanColor2002Newspaper_SaveStrong_CoLoV3.iccJapanColor2003WebCoated_SaveMax_CoLoV3.iccJapanColor2003WebCoated_SaveNeutral_CoLoV3.iccJapanColor2003WebCoated_SaveStrong_CoLoV3.iccJapanWebCoated_Ad_SaveMax_CoLoV3.iccJapanWebCoated_Ad_SaveNeutral_CoLoV3.iccJapanWebCoated_Ad_SaveStrong_CoLoV3.icc

Continous Tone SetColor ConversionISOcoatv2_to_cofcoat_TAC300_CoLoV3.iccISOcoatv2_to_cofuncoat_TAC280_CoLoV3.iccISOuncoat_to_cofuncoat_TAC280_CoLoV3.icc

TAC ReductionISOcofcoated_TAC300_CoLoV3.iccISOcofuncoated_TAC280_CoLoV3.icc

Save InkISOcofcoated_SaveMax_ColoV3.icc

ISOcofcoated_SaveNeutral_CoLoV3.iccISOcofcoated_SaveStrong_CoLoV3.iccISOcofuncoated_SaveMax_ColoV3.iccISOcofuncoated_SaveNeutral_CoLoV3.iccISOcofuncoated_SaveStrong_CoLoV3.icc

Color Conversion plus Save InkISOcoatv2_to_cofcoat_Save300_CoLoV3.iccISOcoatv2_to_cofuncoat_Save280_CoLoV3.iccISOuncoat_to_ISOcofuncoat_Save280_CoLoV3.icc

Gravure Print SetColor ConversionISOcoatv2_to_PSRlwcPlusV2_CoLoV3ISOcoatv2_to_PSRlwcStdV2_CoLoV3ISOcoatv2_to_PSRscSdtV2_CoLoV3PSOlwcPlus_to_PSRlwcPlusV2_CoLoV3PSOlwcStd_to_PSRlwcStdV2_CoLoV3PSOscPaper_to_PSRscStdV2_CoLoV3PSRlwcPlusV2_to_PSOlwcPlus_CoLoV3PSRlwcStdV2_to_PSOlwcStd_CoLoV3PSRscStdV2_to_PSOscPaper_CoLoV3PSRhwc_to_PSRlwcPlusV2_CoLoV3PSRlwc_to_PSRlwcStdV2_CoLoV3

PSRsc_to_PSRscStdV2_CoLoV3PSRlwcPLusV2_to_SWOP3_CoLoV3PSRlwcStdV2_to_SWOP5_CoLoV3SWOP3_to_PSRlwcPLusV2_CoLoV3SWOP5_to_PSRlwcStdV2_CoLoV3

6

Separation from AdobeRGB1998.iccAdobeRGB_to_ISOcoatV2_TAC330_CoLoV3.iccAdobeRGB_to_ISOnews26_CoLoV4.icc.AdobeRGB_to_PSOlwc_Improved_TAC300_CoLoV3.iccAdobeRGB_to_PSOlwc_Standard_TAC300_CoLoV3.iccAdobeRGB_to_PSOuncoated_TAC280_CoLoV3.icc

Separation from sRGB Color Space Profile.icmsRGB_to_ISOcoatV2_TAC330_CoLoV3.iccsRGB_to_ISOnews26_CoLoV4.icc.sRGB_to_PSOlwc_Improved_TAC300_CoLoV3.iccsRGB_to_PSOlwc_Standard_TAC300_CoLoV3.iccsRGB_to_PSOuncoated_TAC280_CoLoV3.icc

Separation from eciRGB_v2.icceciRGBv2_to_ISOcoatV2_TAC330_CoLoV3.icceciRGBv2_to_ISOnews26_CoLoV4.icc.eciRGBv2_to_PSOlwc_Improved_TAC300_CoLoV3.icceciRGBv2_to_PSOlwc_Standard_TAC300_CoLoV3.icceciRGBv2_to_PSOuncoated_TAC280_CoLoV3.icc

Color ConversionISOcoat_to_coatv2_TAC300_CoLoV3.iccISOcoat_to_coatv2_TAC330_CoLoV3.iccISOcoatv2_to_cofcoat_TAC300_CoLoV3.iccISOcoatv2_to_cofuncoat_TAC280_CoLoV3.iccISOcoatv2_to_GRACoL1_TAC320_CoLoV3.iccISOcoatv2_to_Jap2001coat_TAC320_CoLoV3.iccISOcoatv2_to_Jap2002news_TAC240_CoLoV3.iccISOcoatv2_to_Jap2003webcoated_TAC300_CoLoV3.iccISOcoatv2_to_news26_TAC240_CoLoV3.iccISOcoatv2_to_PSOcoatNP_TAC300_CoLoV3.iccISOcoatv2_to_PSOcoatNP_TAC330_CoLoV3.iccISOcoatv2_to_PSOmfc_TAC280_CoLoV3.iccISOcoatv2_to_PSOsnp_TAC260_CoLoV3.iccISOcoatv2_to_PSOuncoatNP_TAC280_CoLoV3.iccISOcoatv2_to_PSRhwc_CoLoV3.iccISOcoatv2_to_PSRlwcPlusV2_CoLoV3ISOcoatv2_to_PSRlwcStdV2_CoLoV3ISOcoatv2_to_PSRmf_CoLoV3.iccISOcoatv2_to_PSRscSdtV2_CoLoV3ISOcoatv2_to_SCpaper_TAC260_CoLoV3.iccISOcoatv2_to_SNAP2007_TAC240_CoLoV3.iccISOcoatv2_to_SWOP3_TAC300_CoLoV3.iccISOcoatv2_to_SWOP5_TAC280_CoLoV3.iccISOcoatv2_to_uncoat_TAC280_CoLoV3.iccISOcoatv2_to_uncoatYellow_TAC280_CoLoV3.iccISOcoatv2_to_webcoat_TAC300_CoLoV3.iccISOuncoat_to_cofuncoat_TAC280_CoLoV3.icc

ISOuncoat_to_PSOuncoatNP_TAC280_CoLoV3.iccISOuncoat_to_uncoatYellow_TAC280_CoLoV3.iccISOwebcoat_to_SWOP3_TAC300_CoLoV3.iccISOwebcoat_to_SWOP5_TAC280_CoLoV3.iccPSRlwc_to_ISOwebcoat_CoLoV3.iccPSRlwc_to_SWOP3_CoLoV3.iccGRACoL1_to_ISOcoatv2_TAC300_CoLoV3.iccGRACoL1_to_ISOnews26_TAC240_CoLoV3.iccGRACoL1_to_ISOuncoat_TAC280_CoLoV3.iccGRACoL1_to_ISOwebcoat_TAC300_CoLoV3.iccGRACoL1_to_SNAP2007_TAC240_CoLoV3.iccGRACoL1_to_SWOP3_TAC300_CoLoV3.iccGRACoL1_to_SWOP5_TAC280_CoLoV3.iccSWOP3_to_ISOwebcoat_TAC300_CoLoV3.iccSWOP3_to_PSRlwc_CoLoV3.iccSWOP3_to_SWOP5_TAC280_CoLoV3.iccISOcoatv2_to_PSOlwc_Improved_TAC300_CoLoV3.iccISOcoatv2_to_PSOlwc_Standard_TAC300_CoLoV3.icc ISOcoatv2_to_PSOuncoat_TAC280_CoLoV3.iccISOuncoat_to_PSOuncoat_TAC280_CoLoV3.iccISOwebcoat_to_PSOlwc_Improved_TAC300_CoLoV3.iccISOwebcoat_to_PSOlwc_Standard_TAC300_CoLoV3.iccPSOlwc_Improved_to_SWOP3_TAC300_CoLoV3.iccPSOlwc_Standard_to_SWOP5_TAC300_CoLoV3.iccPSOuncoat_to_PSOuncoatNP_CoLoV3.iccGRACoL1_to_PSOlwc_Improved_TAC300_CoLoV3.icc GRACoL1_to_PSOlwc_Standard_TAC300_CoLoV3.iccGRACoL1_to_PSOuncoat_TAC280_CoLoV3.iccSWOP3_to_PSOlwc_Improved_TAC300_CoLoV3.icc SWOP5_to_PSOlwc_Standard_TAC300_CoLoV3.iccPSOlwcPlus_to_PSRlwcPlusV2_CoLoV3PSOlwcStd_to_PSRlwcStdV2_CoLoV3PSOscPaper_to_PSRscStdV2_CoLoV3PSRlwcPlusV2_to_PSOlwcPlus_CoLoV3PSRlwcStdV2_to_PSOlwcStd_CoLoV3PSRscStdV2_to_PSOscPaper_CoLoV3PSRhwc_to_PSRlwcPlusV2_CoLoV3PSRlwc_to_PSRlwcStdV2_CoLoV3PSRsc_to_PSRscStdV2_CoLoV3PSRlwcPLusV2_to_SWOP3_CoLoV3PSRlwcStdV2_to_SWOP5_CoLoV3SWOP3_to_PSRlwcPLusV2_CoLoV3SWOP5_to_PSRlwcStdV2_CoLoV3

TAC ReductionGRACoL1_TAC320_CoLoV3.iccISOcoatedv2_TAC300_CoLoV3.iccISOcoatedv2_TAC330_CoLoV3.iccISOcofcoated_TAC300_CoLoV3.iccISOcofuncoated_TAC280_CoLoV3.iccISOnews26_TAC240_CoLoV3.iccISOuncoated_TAC280_CoLoV3.icc

Expert Set

RGB-to-CMYK Separation Set

Separation from AdobeRGB1998.iccAdobeRGB_to_ISOcoatV2_TAC330_CoLoV3.iccAdobeRGB_to_ISOnews26_CoLoV4.icc.AdobeRGB_to_PSOlwc_Improved_TAC300_CoLoV3.iccAdobeRGB_to_PSOlwc_Standard_TAC300_CoLoV3.iccAdobeRGB_to_PSOuncoated_TAC280_CoLoV3.icc

Separation from sRGB Color Space Profile.icmsRGB_to_ISOcoatV2_TAC330_CoLoV3.iccsRGB_to_ISOnews26_CoLoV4.icc.sRGB_to_PSOlwc_Improved_TAC300_CoLoV3.iccsRGB_to_PSOlwc_Standard_TAC300_CoLoV3.iccsRGB_to_PSOuncoated_TAC280_CoLoV3.icc

Separation from eciRGB_v2.icceciRGBv2_to_ISOcoatV2_TAC330_CoLoV3.icceciRGBv2_to_ISOnews26_CoLoV4.icc.eciRGBv2_to_PSOlwc_Improved_TAC300_CoLoV3.icceciRGBv2_to_PSOlwc_Standard_TAC300_CoLoV3.icceciRGBv2_to_PSOuncoated_TAC280_CoLoV3.icc

7

ISOuncoatyellow_TAC280_CoLoV3.iccISOwebcoated_TAC300_CoLoV3.iccPSOcoatedNP_TAC300_CoLoV3.iccPSOmfc_TAC280_CoLoV3.iccPSOsnp_TAC260_CoLoV3.iccPSOuncoatedNP_TAC280_CoLoV3.iccSCpaperECI_TAC260_CoLoV3.iccSNAP2007_TAC240_CoLoV3.iccSWOP3_TAC300_CoLoV3.iccSWOP5_TAC280_CoLoV3.iccPSO_LWC_Improved_TAC300_CoLoV3.icc PSO_LWC_Standard_TAC300_CoLoV3.iccPSOuncoated_TAC280_CoLoV3.icc

Save InkISOcoated_v2_SaveNeutral_CoLoV3.iccISOcoated_v2_SaveStrong_CoLoV3.iccISOcoatedv2_SaveMax_ColoV3.iccISOcofcoated_SaveMax_ColoV3.iccISOcofcoated_SaveNeutral_CoLoV3.iccISOcofcoated_SaveStrong_CoLoV3.iccISOcofuncoated_SaveMax_ColoV3.iccISOcofuncoated_SaveNeutral_CoLoV3.iccISOcofuncoated_SaveStrong_CoLoV3.iccISOnews26_SaveMax200_ColoV3.iccISOnews26_SaveMax240_ColoV3.iccISOnews26_SaveStrong200_CoLoV3.iccISOnews26_SaveStrong240_CoLoV3.iccISOuncoated_SaveMax_ColoV3.iccISOuncoated_SaveNeutral_CoLoV3.iccISOuncoated_SaveStrong_CoLoV3.iccISOuncoatYellow_SaveMax_ColoV3.iccISOuncoatYellow_SaveNeutral_CoLoV3.iccISOuncoatYellow_SaveStrong_CoLoV3.iccISOwebcoated_SaveMax_ColoV3.iccISOwebcoated_SaveNeutral_CoLoV3.iccISOwebcoated_SaveStrong_CoLoV3.iccPSOcoatedNP_SaveMax_ColoV3.iccPSOcoatedNP_SaveNeutral_CoLoV3.iccPSOcoatedNP_SaveStrong_CoLoV3.iccPSOmfc_SaveMax_ColoV3.iccPSOmfc_SaveNeutral_CoLoV3.iccPSOmfc_SaveStrong_CoLoV3.iccPSOsnp_SaveMax_ColoV3.iccPSOsnp_SaveNeutral_CoLoV3.iccPSOsnp_SaveStrong_CoLoV3.iccPSOuncoatedNP_SaveMax_ColoV3.iccPSOuncoatedNP_SaveNeutral_CoLoV3.iccPSOuncoatedNP_SaveStrong_CoLoV3.iccSCpaperECI_SaveMax_ColoV3.iccSCpaperECI_SaveNeutral_CoLoV3.iccSCpaperECI_SaveStrong_CoLoV3.iccJapanColor2001Coated_SaveMax_CoLoV3.iccJapanColor2001Coated_SaveNeutral_CoLoV3.iccJapanColor2001Coated_SaveStrong_CoLoV3.iccJapanColor2001Uncoated_SaveMax_CoLoV3.iccJapanColor2001Uncoated_SaveNeutral_CoLoV3.iccJapanColor2001Uncoated_SaveStrong_CoLoV3.iccJapanColor2002Newspaper_SaveMax_CoLoV3.iccJapanColor2002Newspaper_SaveNeutral_CoLoV3.iccJapanColor2002Newspaper_SaveStrong_CoLoV3.iccJapanColor2003WebCoated_SaveMax_CoLoV3.iccJapanColor2003WebCoated_SaveNeutral_CoLoV3.iccJapanColor2003WebCoated_SaveStrong_CoLoV3.iccGRACoL1_SaveMax_ColoV3.iccGRACoL1_SaveNeutral_CoLoV3.iccGRACoL1_SaveStrong_CoLoV3.iccSNAP2007_SaveMax200_CoLoV3.iccSNAP2007_SaveMax240_CoLoV3.iccSNAP2007_SaveStrong200_CoLoV3.iccSNAP2007_SaveStrong240_CoLoV3.icc

SWOP3_SaveMax_ColoV3.iccSWOP3_SaveNeutral_CoLoV3.iccSWOP3_SaveStrong_CoLoV3.iccSWOP5_SaveMax_ColoV3.iccSWOP5_SaveNeutral_CoLoV3.iccSWOP5_SaveStrong_CoLoV3.iccPSOlwc_Improved_SaveMax_CoLoV3.iccPSOlwc_Improved_SaveNeutral_CoLoV3.iccPSOlwc_Improved_SaveStrong_CoLoV3.iccPSOlwc_Standard_SaveMax.iccPSOlwc_Standard_SaveNeutral.iccPSOlwc_Standard_SaveStrong.iccPSOuncoated_SaveMax_CoLoV3.iccPSOuncoated_SaveNeutral_CoLoV3.iccPSOuncoated_SaveStrong_CoLoV3.iccJapanWebCoated_Ad_SaveMax_CoLoV3.iccJapanWebCoated_Ad_SaveNeutral_CoLoV3.iccJapanWebCoated_Ad_SaveStrong_CoLoV3.icc

Color Conversion plus Save InkISOcoatv2_to_cofcoat_Save300_CoLoV3.iccISOcoatv2_to_cofuncoat_Save280_CoLoV3.iccISOcoatv2_to_GRACoL1_Save300_CoLoV3.iccISOcoatv2_to_ISOnews26_Save200_CoLoV3.iccISOcoatv2_to_ISOnews26_Save240_CoLoV3.iccISOcoatv2_to_PSOcoatNP_Save300_CoLoV3.iccISOcoatv2_to_PSOmfc_Save280_CoLoV3.iccISOcoatv2_to_PSOsnp_Save260_CoLoV3.iccISOcoatv2_to_PSOuncoatNP_Save300_CoLoV3.iccISOcoatv2_to_SCpaperECI_Save260_CoLoV3.iccISOcoatv2_to_SNAP2007_Save240_CoLoV3.iccISOcoatv2_to_SWOP3_Save300_CoLoV3.iccISOcoatv2_to_SWOP5_Save280_CoLoV3.iccISOcoatv2_to_uncoat_Save280_CoLoV3.iccISOcoatv2_to_uncoatyellow_Save280_CoLoV3.iccISOcoatv2_to_webcoat_Save300_CoLoV3.iccISOuncoat_to_ISOcofuncoat_Save280_CoLoV3.iccISOuncoat_to_ISOuncoatyellow_Save280_CoLoV3.iccISOuncoat_to_PSOuncoatNP_Save280_CoLoV3.iccISOwebcoat_to_SWOP3_Save300_CoLoV3.iccISOwebcoat_to_SWOP5_Save280_CoLoV3.iccGRACoL1_to_ISOcoatv2_Save300_CoLoV3.iccGRACoL1_to_ISOnews26_Save240_CoLoV3.iccGRACoL1_to_ISOuncoat_Save280_CoLoV3.iccGRACoL1_to_ISOuncoatyellow_Save280_CoLoV3.iccGRACoL1_to_ISOwebcoat_Save300_CoLoV3.iccGRACoL1_to_SNAP2007_Save240_CoLoV3.iccGRACoL1_to_SWOP3_Save300_CoLoV3.iccGRACoL1_to_SWOP5_Save280_CoLoV3.iccSWOP3_to_ISOwebcoat_Save300_CoLoV3.iccSWOP3_to_SWOP5_Save280_CoLoV3.iccISOcoatv2_to_PSOlwc_Improved_Save300_CoLoV3.icc ISOcoatv2_to_PSOlwc_Standard_Save300_CoLoV3.iccISOcoatv2_to_PSOuncoat_Save280_CoLoV3.iccISOuncoat_to_PSOuncoat_Save280_CoLoV3.icc ISOwebcoat_to_PSOlwc_Improved_Save300_CoLoV3.icc ISOwebcoat_to_PSOlwc_Standard_Save300_CoLoV3.iccPSOlwc_Improved_to_SWOP3_Save300_CoLoV3.icc PSOlwc_Standard_to_SWOP5_Save300_CoLoV3.icc PSOuncoat_to_PSOuncoatNP_Save280_CoLoV3.icGRACoL1_to_PSOlwc_Improved_Save300_CoLoV3.icc GRACoL1_to_PSOlwc_Standard_Save300_CoLoV3.iccSWOP3_to_PSOlwc_Improved_Save300_CoLoV3.icc SWOP5_to_PSOlwc_Standard_Save300_CoLoV3.icc

Expert Set - continuation

8

General information on the file size of Bodoni Systems standard profilesIf the file size of a Bodoni Systems standard DeviceLink profile is compared with that of a customary ICC device profile, such as ISOcoated_v2, it is easy to see that the DeviceLink profile is much smaller in file size.The following information is intended for technically interested users, and describes why all Bodoni Systems standard DeviceLink profiles produce very high-quality color transformations, despite their small file size.

When comparing the size of an ICC device profile for printing and that of a DeviceLink profile, it should be remembered that an ICC device profile internally consists of six main tables. This is a result of the fact that an ICC device profile can be used both as a source profile (e.g. for soft proofing) and as a target profile (e.g. for separation). There are then also different conversion tables (rendering intents) for each direction.In contrast, a DeviceLink profile is tailor-made for a single application, and therefore contains a single table, instead of six tables.

Moreover, when creating a DeviceLink profile, there is the possibility of specifying the number of interpolation nodes used to calculate the main table, this table ideally being supplemented by a further table containing the basic gradation (linearization) of the device. A carefully calculated table for the basic gradation is an important prerequisite for being able to manage with fewer interpolation nodes in the main table.

Furthermore, it is important that the starting profiles used to calculate a DeviceLink profile be as smooth and harmonious as pos-sible. Characterization data for standard printing conditions, such as FOGRA / ECI or GRACoL / SWOP, are carefully optimized and smoothed. If DeviceLink profiles for color conversion, TAC limitation or ink saving are calculated on this basis, main tables with 11 interpolation nodes suffice if the basic gradation is of high quality. If DeviceLink profiles are to be used for in-house stan-dards that describe less smooth and harmonious printing processes, such as flexo printing, it is advisable to use more interpolation nodes (e.g. 17) in the main table.

The Bodoni Systems standard DeviceLink profiles were calculated using software which permits different numbers of interpola-tion nodes, and thus file sizes, when calculating a DeviceLink profile.Before creating the Bodoni Systems standard profiles, we investigated whether and to what extent a maximum file size offers quality advantages compared to a large file size. As a result of the careful smoothing of ECI / GRACoL and SWOP profiles, there are no differences of relevance to production in this respect.

9

PLEASE READ THIS LICENSING AGREEMENT (“LICENSE”) CARE-FULLY. IF YOU DO NOT AGREE WITH THE LICENSING AGREEMENT, RETURN THE COLORLOGIC SOFTWARE TO WHERE YOU BOUGHT IT (IF NECESSARY).

1. License. The Licensor is Bodoni Systems Ltd. However, if the latter has a subsidiary in the country in which you purchased the license, this subsidiary is the Licensor. The Licensor hereby grants you the right of use for the enclosed software including the documentation (hereinafter referred to as “Software”), regard-less of whether this is saved on a disk, a CD-ROM or other data carrier. Only the data carrier on which the Software is located passes into your possession; Bodoni Systems Ltd and/or the Licensor(s) of Bodoni Systems Ltd remain(s) the proprietor(s) of all rights of ownership or other rights to the Software. Your right of use of the Software is determined by this Licensing Agreement; all cop-ies of the Software are also subject to this Agreement.The files created by the Software may only be used by the Licensee of the Software. Transmission of the files, regardless of whether free of charge or for remuneration, requires the express written approval of Bodoni Systems Ltd.

2. Usage and restrictions. The Licensor hereby grants you the simple, non-exclusive right to install and use the Software within your working environment; you are authorized to save the Software on only one computer at any one time. You are authorized to cre-ate a machine readable copy for backup purposes. You are obliged to record the copyright and other protective rights notices contained on the original on each copy of the Software. You undertake not to (1.) decompile, reverse engineer, disassemble or otherwise bring the Software into a form discernible to persons, (2.) modify, adapt, translate the Software or create works derived in whole or in part from the Software, (3.) otherwise pass on the Software to third parties free of charge, or (4.) transfer the Software via a network from one computer to another unless permitted by this Agreement or binding legal provisions. You are authorized to pass on/sell the Software to a third party no more than once. In this case you must hand over all copies you have made of the contrac-tual Software to the buyer or acquirer, or delete them. Further processing or sub-licensing requires the consent of Bodoni Systems and is to be remunerated accordingly. If the new Licensee is located in an area, where neither Bodoni Systems nor its representative are offering any service or support, there is no obligation to ensure any service or support to the Licensee regardless any other agreement.

If Licensee shall plan to use the Software for creation or conversion of data for third parties, he is obliged to have a written agreement with Bodoni Systems containing all conditions. The Licensee has to provide a written statement to Bodoni Systems before beginning any services for third parties, explaining what, how and to which extent he is planning to use the Software for his ser-vices for third parties. Bodoni Systems will decide in a reasonable time-frame, if he acquiesces this enhancement of the licensing agreement and under which conditions (additional agreement, license fee, additional compensation). The Licensee accepts and agrees that in no case he could force an enhancement of the licensing agreement. It is the sole decision of Bodoni Systems and the fact to make an enquiry about an enhancement of the licensing agreement does not lead to any further right concerning the use of the Software or the Software itself, beside the ones expressly described in this licensing agreement.

The Licensee takes all required and appropriate safety measures to ensure that only those persons have access to the Software, which should need the Software to fulfill their required tasks for the Licensee. Further he secures that those persons are informed about the licensing agreement and the connected rights and duties and abide them.

The Licensee is not allowed to join files (as defined in 1. License) with other companies, including subsidiaries or partner companies, or to distribute files in any other form, except Licensee secures that this third party, who is going to receive the files, owns also a valid license of the Software, which is required to generate or use those files.

THE SOFTWARE MAY NOT BE USED FOR OR IN CONNECTION WITH THE OPERATION OF NUCLEAR POWER PLANTS, AIRCRAFT, COM-MUNICATION SYSTEMS OR FOR FLIGHT MONITORING; IN SUCH CASES, A FAULT IN THE SOFTWARE CAN LEAD TO DEATH, INJURY OR SERIOUS DAMAGE TO PROPERTY AND THE ENVIRONMENT.

Should you fail to observe these restrictions, you shall no longer be authorized to use the Software, even if the Licensor has not yet terminated this agreement.

3. Warranty. Faults in the Software cannot be ruled out. The Licensor assumes liability only within the legal provisions. A period of limitation of six months from delivery of the Software shall apply. The warranty shall be fulfilled exclusively at the discretion of the Licensor by repair or replacement delivery. Should repair and/or replacement be unsuccessful, you may demand either a reduction of the license fee or annulment of the Agreement. No warranty shall be given for Software which has been changed, expanded or damaged unless the change, expansion or damage was not responsible for the fault.

4. Damages. The Licensor and its employees or agents shall only bear contractual or non-contractual liability for damages if the damage is attributable to gross negligence or intent. Further binding legal liability remains unaffected. The liability of the Licensor is restricted to the pecuniary losses which it could have foreseen as a possible consequence of contractual violation upon conclusion of the Agreement, unless the damage is attributable to gross negligence of a body or one of the leading employees of the Licensor or to intent. Under no circum-stances shall liability be assumed for loss of data, unless this loss could not have been prevented by regular – in commercial business that is to say daily – backup of the data in machine readable form. Furthermore, no liability shall be assumed for damages caused by other failings of the Software which could have been prevented by regular, prompt checks of the processes. Unless claims for damages expire by limitation earlier under law, they shall expire – with the exception of claims arising from unauthorized handling and under the Product Liability Act, in the event of malice or furnishing of a warranty – no later than one year after delivery of the programs.

5. Export. You confirm that the Software shall only be executed under consideration of all applicable export provisions of the country in which you acquired the oftware.

6. Applicable law and separability. If Bodoni Systems Ltd has a subsidiary in the country in which you acquired the license, this Licensing Agreement is subject to the law of that country. Otherwise this Licensing Agreement is subject to UK law. The ineffectiveness of individual provisions shall not affect the validity of the remaining provisions of the Agreement.

7. Completeness. This Licensing Agreement contains the entire agreement between the Parties with regard to the license and replaces all prior verbal or written agreements. Amendments and additions to this Agreement shall be made in writing.

Bodoni Systems Ltd© 2010 Bodoni Systems Ltd. All rights reserved.

Apple, Apple Macintosh, Color Sync, Mac OS are brands of Apple Computer Inc. Adobe, Adobe Photoshop are brands of Adobe Inc. The rights to other brand names mentioned in this manual are held by their proprietors and are hereby recognized. The naming of products which do not originate from Bodoni Sys-tems Ltd is purely for information purposes and does not constitute advertising. Bodoni Systems Ltd accepts no liability for the selection, performance or use of these products.

Claims against Bodoni Systems Ltd based on the hardware or software prod-ucts described in the manual shall be governed exclusively by the warranty provisions applicable at the time of purchase.

Bodoni Systems Ltd licensing agreement